Abstract

A novel structure that integrates an inlaid silicone tube in the connective layer of spacer fabric is developed to increase its compression resistance and impact force absorption. Two inlaying methods are proposed to evaluate the effect of the spacer yarns, presence of the inlay, and inlay density and pattern. The results show that a silicone inlay effectively increases the compression resistance and impact force absorption. The compression behavior of the fabric can be modified with different inlay patterns and stitch densities. An inlaid silicone tube reinforces the structure and provides spacer fabrics with a better performance as a cushioning material.

中文翻译：

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具有硅胶管镶嵌的新型纬编间隔结构，用于增强机械性能

摘要

开发了一种在间隔织物的连接层中集成镶嵌硅胶管的新颖结构，以增加其抗压性和冲击力吸收能力。提出了两种镶嵌方法来评估间隔纱的效果、镶嵌的存在以及镶嵌密度和图案。结果表明，硅胶嵌体有效地增加了抗压性和冲击力吸收。织物的压缩行为可以通过不同的镶嵌图案和针迹密度进行修改。镶嵌的硅胶管加强了结构，并为间隔织物提供了更好的缓冲材料性能。